If you're looking for an exciting career in the sciences, NASA is looking for you. NASA scientists have unparalleled opportunities to shape the future through research, discovery, and innovation. We boldly expand frontiers in air and space to serve America and to benefit the quality of life on Earth. As an added benefit, you will be joining an agency ranked as one of the best places in the Federal government to work.
The Science & Exploration Directorate, Solar Systems Exploration Division, Planetary Systems Lab (Code 693) is seeking a scientist to provide expertise in spectroscopic study of small solar system bodies and planetary atmospheres.
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To receive consideration, your resume MUST contain your complete degree information (i.e., type of degree received, year degree received, and major area of study). If you have received a degree in Computer Science, you MUST list all courses you have taken which meet the education requirements as stated in the qualification requirements section as well as the semester hours awarded. You MUST include the descriptive title, course code, and number of semester/quarter hours. (i.e., CMSC-435-Software Engineering, 3 Semester hours) If this information is not provided, your education may not be appropriately evaluated and you may lose consideration for this position. Please note that degrees in engineering technology are not considered to be qualifying for this position. If you are selected for this position, you will have to provide an official copy of your transcripts prior to entering on duty.
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As an Aerospace Technologist (AST) providing expertise in planetary studies, you will conduct research which involves the study of the origin, composition, structure and evolution of the small bodies of the solar system and their possible relationship to astrobiology. Science motivated by and relevant to current U.S. and international missions, and possible future missions to comets and asteroids, is emphasized. Research includes, but is not limited to, investigations with the following objectives: Spectroscopic characterization of small bodies (e.g. asteroids, comets) and planetary atmospheres (e.g., Mars) utilizing high-resolution infrared spectroscopy to investigate volatile and surface properties; development of radiative transfer models at non-equilibrium conditions (non-LTE and LTE) to interpret high-resolution spectroscopic data of small bodies and planetary atmospheres, including exoplanets; development of quantum-mechanical models of polyatomic molecules of astrobiological interest (e.g., CH4, H2O, CH3OH, etc.) for the purpose of constructing line lists for non-LTE models; and development of three-dimensional dynamical models of planetary atmospheres (GCM) to investigate transport and mixing of trace species observable via high-resolution spectroscopy. Research results will be published in scientific and technical reports in the peer-reviewed literature and presented at scientific conferences. A successful record of winning proposals in the Planetary Science arena is required.
You will provide technical and scientific expertise in mission development for future planetary exploration which includes defining appropriate science objectives, participating in the design of instruments to meet science objectives, and data validation, calibration and analysis.